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Fontan Deterioration in Pediatric Cardiac Surgeon's View

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Fontan Deterioration in Pediatric Cardiac Surgeon's View Sejong General Hospital Fontan Deterioration in Pediatric Cardiac Surgeon’s View 세종병원 흉부외과 이창하 Sejong General Hospital Fontan deterioration Failing Fontan Failed Fontan Fontan Failure Sejong General Hospital Fontan operation ‘This procedure is not an anatomical correction, which would require the creation of a right ventricle, but a procedure of physiological pulmonary blood flow restoration, with suppression of right and left blood mixing’ (F. Fontan and E. Baudet, Thorax, 1971) Sejong General Hospital 1975 - 1988 334 patient underwent Fontan procedure under optimal conditions Sejong General Hospital Outcome after a "perfect" Fontan operation Survival After Perfect Fontan Operation * The appreciable late hazard (instantaneous risk of death at each moment in time after the operation) gradually began to increase about 6 years after surgery. Sejong General Hospital Outcome after a "perfect" Fontan operation Functional Status Sejong General Hospital The inference is that the premature decline in survival and functional status and the late rise in hazard function are from the Fontan state per se and that the Fontan operation is, therefore, palliative but not curative. Sejong General Hospital Fontan circulation -Physiologic & anatomic sequelae- Exclusion of ventricle from pulmonary circulation Turbulence & energy loss in the flow Flow stasis, thrombosis, partial obstruction Increase in systemic venous pressure Increase in production of lymph Generalized edema Recurrent effusion Protein-losing enteropathy (PLE) Loss of albumin, antibodies, lymphocytes Decrease in oncotic pressure Fontan failure Sejong General Hospital Fontan circulation -Physiologic & anatomic sequelae- Exclusion of ventricle from pulmonary circulation Turbulence & energy loss in the flow Flow stasis, baffle thrombus Increase in systemic venous pressure Repeated subclinical pulmonary emboli Elevated RA pressure Increasing pulmonary vascular hypertension RA dilatation Inefficient flow dynamics Classic Glenn procedure Direct compression of pulmonary veins Pulmonary AV fistulas Increasing pulmonary resistance cyanosis Fontan failure Sejong General Hospital Fontan circulation -Systemic ventricular failure- RA enlargement Increased RA pressure Atrial arrhythmias Coronary sinus hypertension Loss of synchrony Decreased myocardial perfusion Ventricular diastolic dysfunction Systemic ventricular dilatation & failure Persisting or reoccurring cyanosis Sejong General Hospital Surgical modifications • Not original Fontan or its modifications • deLeval (1988) – ‘Lateral wall’ TCPC; experimentally & clinically to be hemodynamically more efficient • Early 1990, extracardiac conduit Fontan procedure Sejong General Hospital Further surgical modifications • Prior volume unloading via superior cavopulmonary connection (i.e. bidirectional Glenn, hemi-Fontan operation) • Fenestration • Better myocardial preservation techniques Sejong General Hospital 1995-2002 70 Fontan procedures 37 LT / 33 ECC Operative mortality 2.8% Survival at 5yr; 97% for LT, 91% for ECC, p = 0.4 Sejong General Hospital 1990-2004 162 Fontan procedures 49 ECC / 113 LT Overall operative mortality 1.8% Survival at 5yr; 90% EC, 95% LT, p = 0.08 Sejong General Hospital Outcomes of current practice Extracardiac conduit Fontan Sejong experiences Sejong General Hospital Patients Aug. 1996 ~ Aug. 2006 200 patients with extracardiac Fontan Op. Age : median 3.4Y (16M~35.7Y) Previous Op. before BCPS 94.0% (188) Staged Op. 89.5% (179) Fenestration 42.5% (85) Sejong General Hospital Overall Survival 100 92.4 ±±± 2.1% at 10Y 90 80 70 60 50 Mean FU of 52.4 mon(18d-120mon) 40 Hospital Death 3.0%(n=6) 30 Late Death 3.6%(n=7) Cumulative survival (%) survival Cumulative 20 10 0 0 10 20 30 40 50 60 70 80 90 100 110 120 Follow up duration (months) Sejong General Hospital Freedom from Reoperation 100 90 82.4 ±4.1% at 10Y 80 70 60 50 40 30 20 Freedom from reoperation (%) from reoperation Freedom 10 0 0 10 20 30 40 50 60 70 80 90 100 110 120 Follow up duration (months) Sejong General Hospital Reoperation • Reoperations 24(12%) Reoperation Conduit revision 7 Fenestration 6 AV valve operation 5 PPM insertion 5 PA angioplasty 4 HV-azygos v 3 Other: Atrial septectomy(1),Azygos v-LPA(1),CS unroofing(1),LVOTO relieve(1) Sejong General Hospital Freedom from Arrhythmia 100 Late Arrhythmia, 85.1 ±±±4.4% at 10Y Overall Arrhythmia, 79.8 ±±±3.7% at 10Y 505050 Freedom from arrhythmia (%) from arrhythmia Freedom 000505050 100 Follow up duration (months) Sejong General Hospital Arrhythmia Type Overall Early Late Bradyarrhythmia 26 10 13 SN dysfunction 13 5 8 PPM 12 (3) 5 4 SN dysfunction 9 (3) 3 3 AV block 3 2 1 Sinus bradycardia 1 0 1 Tachyarrhythmia 10 7 3 PSVT 8 5 3 AF 2 2 0 JET 1 1 0 Total 32/200 15/200 15/194 (16.0%) (7.5%) (7.7%) Sejong General Hospital Freedom from Thromboembolism 92.9 ± 1.9% at 10Y 100 90 80 70 60 Incidence 13 / 200 (6.5%) 50 Before discharge 8 / 13 (61.5%) 40 Within 1year 11 / 13 (84.6%) 30 20 10 Freedom from thromboembolism (%) Freedom 0 0 10 20 30 40 50 60 70 80 90 100 110 120 Follow up duration (months) Sejong General Hospital Protein-losing Enteropathy (n=5) Recovery 3 Death 2 Reversal of protein-losing enteropathy with calcium replacement in a patient after Fontan operation. Case SJ Kim et al. Ann Thorac surg 2004;77:14562004;77:1456- ---7777 Sejong General Hospital Surgical reinterventions following Fontan procedure Sejong General Hospital 1995-2001 123 procedures in 71 patients Median time from Fontan to reoperation 3.6yr Sejong General Hospital Surgical reinterventions following Fontan procedure Petko et al. European Journal of Cardio-thoracic Surgery 24 (2003) 255–259 Sejong General Hospital Surgical reinterventions following Fontan procedure • Pacemaker insertion (n = 38) • Hepatic vein reinclusion (n = 16) • Fontan revision (n = 13) • Heart transplantation (n = 9) • Fenestration creation/enlargement (n = 5) • AVV repair/replacement (n = 7) Petko et al. European Journal of Cardio-thoracic Surgery 24 (2003) 255–259 Sejong General Hospital Surgical reinterventions following Fontan procedure • Other procedures – Placement of a pericardial window for pericardial drainage – Pleural drainage for late effusions – Peripheral thrombectomy – Reconstruction of discontinuous pulmonary arteries – Repair of Fontan baffle leak – Takedown of the Fontan circulation to a superior cavopulmonary connection Petko et al. European Journal of Cardio-thoracic Surgery 24 (2003) 255–259 Sejong General Hospital 10-year survival after Fontan-type operation Number of Years of Survival (%) patients operation Fontan (1990) 334 1975-1988 69% Driscoll (1992) 352 1973-1984 70% Cetta (1992) 339 1987-1992 81% Gentles (1997) 500 1973-1991 79% Weipert (2004) 162 1978-1995 83% Giannico (2006) 221 1988-2003 85% Sejong General Hospital 1988-2003 221 patient underwent extracardiac Fontan 193 early survivors Median F/U 50mo (1 -179mo) Sejong General Hospital Outcome of 193 survivors (mean 63mo, median 50mo) 77% Giannico et al. JACC 47 (2006) 2065–73 Sejong General Hospital Late Fontan failure - Death, takedown, or heart transplantation - 94.2% at 10 years 92.2% at 15 years Giannico et al. JACC 47 (2006) 2065–73 Sejong General Hospital Failing Fontan circulation Fontan circulation Dysrhythmias Thromboembolism PLE Anatomic problems – AVVR, SAS Ventricular dysfunction Elevated PVR Collateralization – systemic venous Pulmonary AV fistulas … Persisting or reoccurring cyanosis Exercise intolerance Late death Deteriorated Takedown of Fontan pathway to AP shunt or BCPS Fontan circulation Fontan conversion Heart transplantation Sejong General Hospital Failing Fontan circulation Fontan conversion vs. Heart transplantation Sejong General Hospital Failed Fontan Fontan conversion vs. transplantation (Mavroudis et al. J Thorac Cardiovasc Surg 2001;122:863-71) Sejong General Hospital Fontan conversion vs. transplantation • The presence of substrates that can be repaired – A valve lesion • AV valve or aortic valve – An obstructive lesion • Baffling obstruction • Pulmonary vein compression – Ventricular dysfunction associated with arrhythmogenic or anatomic substrates Sejong General Hospital Fontan conversion vs. transplantation • Isolated systemic ventricular dysfunction – Ventricular dysfunction • VEDP ≥ 12mmHg • Underloaded ventricle – Low cardiac output – Poor transit of systemic venous blood into & through the lungs • PLE • NYHA class IV heart failure Sejong General Hospital 이창하3 Fontan conversion 슬라이드 38 이창하3 heart failure in children and young adult 참조하고 있음 이창하, 2007-04-12 Sejong General Hospital Surgical management protocol • Takedown of old Fontan connection • Creation of TCPC – Extracardiac conduit – Intra-arterial lateral tunnel • Preexisting atrial arrhythmias – Intraoperative ablation surgery including cryoablation • Atrial debulking • Correction of residual or recurrent lesions – AVVR, SAS, distorted pulmonary arteries Sejong General Hospital Surgical management protocol • Intraoperative ablation surgery – Atrial reentry tachycardia or flutter • Right-sided maze – Atrial fibrillation • Maze–Cox III – Permanent pacemaker should be placed • Prophylactic arrhythmia ablation surgery – No data – However, extracardiac connections limit intracardiac access for subsequent arrhythmia therapy whether it is for catheter ablation or pacemaker implantation. Sejong General Hospital Fontan conversion Author Year of Series size Mode of Arrhythmia FU (mo) Results Last FU status revision revision surgery McElhinney (1996) 1992-1995 7 EC 5 Not done 17 1 Early death
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